Physics Interface Features
Physics nodes are available from the Physics ribbon toolbar (Windows users), Physics context menu (Mac or Linux users), or right-click to access the context menu (all users).
In general, to add a node, go to the Physics toolbar, no matter what operating system you are using.
Heat Transfer in Fluids (Nonisothermal Flow)
The available physics features for The Heat Transfer in Fluids Interface are listed in the section The Heat Transfer in Solids and Fluids Interface. Also see Fluid in the Heat Transfer Module User’s Guide for details about that feature.
Heat Transfer in Solids (Conjugate Heat Transfer)
The available physics features for The Heat Transfer in Solids Interface are listed in the section The Heat Transfer in Fluids Interface. Also see Solid in the Heat Transfer Module User’s Guide for details about that feature.
Heat Transfer in Porous Media
The available physics features for The Heat Transfer in Porous Media Interface are listed in the section The Heat Transfer in Porous Media Interface. Also see Porous Medium in the Heat Transfer Module User’s Guide for details about that feature.
Laminar Flow
The available physics features for The Laminar Flow Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, Algebraic yPlus
The available physics features for The Turbulent Flow, Algebraic yPlus Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, L-VEL
The available physics features for The Turbulent Flow, L-VEL Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, k-ε
The available physics features for The Turbulent Flow, k-ε Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, Realizable k-ε
The available physics features for The Turbulent Flow, Realizable k-ε Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, k-ω
The available physics features for The Turbulent Flow, k-ω Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, SST
The available physics features for The Turbulent Flow, SST Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, Low Re k-ε
The available physics features for The Turbulent Flow, Low Re k-ε Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, Spalart-Allmaras
The available physics features for The Turbulent Flow, Spalart–Allmaras Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Turbulent Flow, v2-f
The available physics features for The Turbulent Flow, v2-f Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
LES RBVM
The available physics features for The LES RBVM Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
LES RBVMWV
The available physics features for The LES RBVMWV Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
LES smagorinsky
The available physics features for The LES Smagorinsky Interface are listed in the section Domain, Boundary, Pair, and Point Nodes for Single-Phase Flow.
Brinkman Equations
The available physics features for The Brinkman Equations Interface are listed in the section Domain, Boundary, Point, and Pair Nodes for the Brinkman Equations Interface.
Viscoelastic Flow
The available physics features for The Viscoelastic Flow Interface are listed in the section Domain, Boundary, Point, and Pair Nodes for the Viscoelastic Interface.